Francesco Cicconardi,Max S Farnworth,Robin Grob et al.
Francesco Cicconardi et al.
Long-term exposure to extreme illumination regimes alters behavioral responses to light in the cockroach, Periplaneta americana L [0.03%]
长期暴露于极端光照环境中会改变美洲蟑螂的行为反应
Ekaterina S Novikova,Marianna I Zhukovskaya
Ekaterina S Novikova
The natural lighting conditions vary depending on latitude, niche, and time of day, and animals are evolutionarily adapted to them. Artificial lighting, along with global warming, drives population ranges toward high latitudes, which create...
Noah Packard,Jillian M Sills,Ryan A Jones et al.
Noah Packard et al.
As the Arctic warms and becomes more accessible to human activities and associated noise sources, it is important to understand the auditory capabilities of ice-associated marine mammals that rely on sound. In this study, the in-air hearing...
Evidence that interval-counting neurons play a critical role in call recognition by Cope's gray treefrogs [0.03%]
证据表明间期计数神经元在灰色树蛙鸣叫识别中起关键作用
Vinayak G Kamath,Anwesha Mukhopadhyay,Rishi K Alluri et al.
Vinayak G Kamath et al.
Species recognition is essential for reproductive isolation and plays a central role in the evolution of mating signals. In acoustically communicating species, temporal features of calls are critical for distinguishing conspecific from hete...
What goes down may come up: regurgitative behaviors and their underlying gut-brain axes-insights from genetic models and related pathologies [0.03%]
吐而复吞：反刍行为及其潜在的肠-脑轴系—来自遗传模型及相关的病理学见解
Rashmi Karunakaran,Neena Baburaj,Aditi Manjare et al.
Rashmi Karunakaran et al.
Most humans have experienced regurgitation and vomiting (emesis) at some point in their lives. These behaviors are also commonly observed throughout the rest of the animal kingdom, serving various functions such as feeding, courtship, defen...
Correction: Cellular innovations and diversity in the lepidopteran compound eye [0.03%]
订正：鳞翅目复合眼的细胞创新和多样性
Wei Lu,Marcus R Kronforst
Wei Lu
Ruchao Qian,Jamie C Theobald,Tamara M Frank
Ruchao Qian
Praying mantises often display elaborate camouflage, disappearing into the shapes, textures, and colors around them. But they have largely been thought to be monochromats, unable to perceive the colors they mimic. To examine this, we tested...
The diversity of lepidopteran spatial orientation strategies - neuronal mechanisms and emerging challenges in a changing world [0.03%]
鳞翅目昆虫空间定向策略的多样性：神经机制及应对变化世界的挑战
Robin Grob,Max S Farnworth,Jacqueline Degen et al.
Robin Grob et al.
The Lepidoptera, butterflies and moths, display an astonishing diversity of spatial orientation strategies essential for survival, reproduction, and ecological success. These spatial orientation strategies range from basic taxes to light, w...
Sam J England,Callum F McLellan,Rochelle J Meah et al.
Sam J England et al.
Caterpillars (larval Lepidoptera) are one of the most ecologically and evolutionarily significant taxa on Earth. As both feeders and food, they shape the dynamics of enumerate ecosystems on land. Key to this prominent role in nature is the ...
Neurons sensitive to sky compass signals in the brain of the Madeira cockroach Rhyparobia maderae [0.03%]
莫代拉蟑螂Rhyparobia maderae脑中对天空罗盘信号敏感的神经元
Vanessa Althaus,Naomi Takahashi,Stefanie Jahn et al.
Vanessa Althaus et al.
Many insects are formidable navigators illustrated by homing behavior in bees and ants or regular seasonal migrations in butterflies, moths, and others. For spatial orientation, many insects rely on celestial cues, in particular the positio...